Why Scientists Are So Concerned About the SV40 DNA Sequence in C-19 mRNA Vaccines

Kevin McKernan: "Why do we care about SV40? [...] It binds transcription factors that drags any DNA attached to it into the nucleus. So, it's actually a well published tool for gene therapy. If you want to get DNA into the nucleus, this is the shuttle that you use to get it done. If you have lipid nanoparticles that are encapsulating this material, you now have a Trojan horse to get into the cells as well."

Full video:
https://worldcouncilforhealth.org/multimedia/kevin-mckernan-plasmid-mrna-vaccines/

"We designed three different assays. One that targets the vector, this bacterial origin of replication, inside of the plasmid, and the other one that targets the spike protein. We have a third assay now that we're working on as well to track the presence of this SV40 promoter. In particular, biopsies of interest. The quantitative PCR of this will give you numbers that don't add up to 35%. It's much lower than that with PCR, and I'm going to explain why. PCR does not capture every piece of DNA that's in the vials. But if you take a 1:100 dilution of these things, you'll get CTs in the 22 range. That puts them in around the 17 range if you shoot them straight in.

For context, when you're getting a Covid test, you could be called positive at a CT of 35. This is a log two scale. That's about a million times less material than what we're injecting into people with the actual vaccine. So a Covid test might call you positive at 35, we're injecting stuff that's closer to 17, a million times more concentrated than what you'll see that you can be called positive from the actual nasal test."